KR101263131B1 - Troll lines hauler - Google Patents

Abstract

PURPOSE: A troll line hauler is provided to lift a line and a main line altogether when lifting a fishing line which is used in trolling. CONSTITUTION: A troll line hauler comprises a line and a main line, and includes a line hoist part(200) for lifting the line of a fishing line which is used in trolling; a main line hoist part(300) for lifting the main line; a main body(100) for supporting the line hoist part and the main line hoist part; and drivers(410, 420) which are installed inside of the body for driving the line hoist part and the main line hoist part. The line hoist part comprises a rotary shaft which is rotated by the driver; a drum for lifting the line; and a friction clutch part which is dispelled in a direction of the line or which helps the drum run idle when the drum receives a large tension by the line.

Description

Troll lines hauler {Troll lines hauler}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a lifter, and more particularly, to a puller for winding a fishing line used for chisel fishing.

Mid- and low-layer chisel fishing is attached to the fishing line in order to catch fish species in the middle and low layers at the same time, and attached a lot of weight to the fishing line to make a large slope.

A fishing line (hereinafter, simply referred to as a 'fishing line') used for chisel fishing is generally configured to include a main line (foot line), a hair line, and a line.

In the coast of Jeju, using the chisel fishing gear (fishing line) as described above, defense and mackerel fishing is carried out in October-May.

Defense and mackerel are caught by fishing hooks for the middle and low levels. This method of chisel fishing is used to settle 60 to 70 fish on the lower floor by unwinding heavy wires and foots wound on a hoisting drum using a lifter. It is removing the catch of the rope.

At this time, if several horses are caught at once, since the work of climbing the hairline by the personnel is very difficult, workers have a difficulty to lift the fishing gear and catch while exhausting the power for 2-3 hours.

That is, a conventional lifter for raising a fishing line used for chisel fishing has a disadvantage in that, when winding a fishing line consisting of a raw line, a hair line and a line, only the heavy line is to be picked up and the hair line cannot be picked up together.

The present invention has been made in view of the above-mentioned problems, and when providing a fishing line used for chisel fishing, it is a technical problem to provide a chisel fishing winch which can reel both a raw line and a hairline.

A fishing line for chisel fishing according to the present invention for achieving the above-described technical problem, circle line winding portion for hoisting the raw line of the fishing line is used for chisel fishing is composed of a raw line and a mother line; Hairline winding portion for winding the hairline; A main body for supporting the circumferential winding portion and the bristle winding portion; And it is mounted inside the main body, and includes a drive unit for driving the main line winding portion and the hair line winding portion.

According to the above solution, the present invention provides the following effects.

In other words, when the fishing line used for chisel fishing is hoisted, the present invention provides an effect that the worker can wind the fishing line more efficiently and less efficiently by winding both the raw line and the mother line.

1 is an exemplary view showing a state of winding a fishing line used for chisel fishing by using a chisel fishing machine according to the present invention.
Figure 2a and Figure 2b is a perspective view of a winch for fishing according to the invention.
Figure 3 is an exemplary view showing the inside of the main body of the fishing for chisel fishing according to the present invention.
Figure 4 is an exploded perspective view of the line winding portion of the chisel fishing for lifting according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an exemplary view showing a state of winding a fishing line used for chisel fishing using a chisel fishing lure according to the present invention. In addition, Figures 2a and 2b is a perspective view of a fishing net for chisel fishing according to the present invention, there is shown a mortise winding portion 300 of different forms. In addition, Figure 3 is an exemplary view showing the inside of the main body of the chisel fishing lifter according to the present invention, Figure 4 is an exploded perspective view of the circle winding portion of the chisel fishing lifter according to the present invention.

The present invention, as shown in Figure 1, when winding the fishing line 900 used for chisel fishing, relates to a lifter 800 that can wind both the raw line 902 and the hairline 907.

That is, the conventional fishing machine (lifting machine) used in the fishing site of chisel fishing has a function to win only the main rope (tail rope), but the chisel fishing 800 according to the present invention is added to the main rope 902 after the winding line The ridgeline 907 can be hoisted with a roller, that is, it has a feature that it can perform both purposes with one lifter 800.

To this end, the present invention, as shown in Figures 2 to 4, includes a main body 100, a line winding unit 200, a hair line winding unit 300 and the drive unit.

First, the main body 100 is a frame that is the basis of the lifting device for chisel fishing according to the present invention, can be mounted on the vessel 700 through the mounting portion 110. Inside the main body, there are mounted driving units 410 and 420 capable of driving the main line winding unit 200 and the bristle line winding unit 300.

The body may be formed in various forms, but may be formed in a rectangular parallelepiped as shown in FIG. 1.

In this case, one side of the rectangular parallelepiped 200 is mounted, the other side facing one side may be mounted on the other side of the side line winding unit 300, the front surface formed between one side and the other side It is configured to be opened and closed through fastening devices such as bolts and nuts.

Accordingly, the user may check whether the driving units 410 and 420 mounted therein are abnormal after opening the front surface.

Next, the line winding unit 200 is mounted on one side of the main body, and when winding the fishing line 900, in particular, performs the function of winding the line 902.

Fishing line 900 used for chisel fishing, as shown in Figure 1, including a raw line 902, a hairline 907, an arlet 910 and the like. In addition, an enlarged view of the fishing needle is shown in the large circle of FIG.

Stainless steel wire (diameter 2mm) is used as the rim line 902, the head No. 50 is used as the hairline 907, the head No. 20 may be used as the line.

Fishing line 900 is a lead 901 at regular intervals in the main line 902 and the hairline 907, in addition to 5Kg foot line 906 is hung on the end of the line 902.

Chisel fishing winch according to the present invention is to win the fishing line having a structure as described above, the line winding unit 200, in particular, performs the function of winding the wire 902.

To this end, the line winding unit 200 is connected to a rotating shaft 202 which is rotated by the first driving unit 410, a drum which rotates together with the rotating shaft, and a drum 204 and a rotating shaft for winding the line 902. It may include a friction clutch portion 201, 210, 280, 290 for allowing the drum to swing or loosen in the direction of the main line when subjected to a large tension by the main line.

The rotary shaft 202 is rotated by receiving a rotational force from the first driving unit 410. In addition, as shown in FIG. 3, the rotation shaft 202 may be configured to perform left and right reciprocating motion in and out of the main body by a transfer part (not shown) provided in the first driving part 410.

That is, the rotating shaft 202 is rotated by the first driving unit 410, the rotational force of the rotating shaft may rotate the drum 204 to reel the circumference 902. In addition, the rotating shaft 202 may be reciprocated left and right by the transfer unit provided in the first driving unit, so that the raw wire can be evenly wound on the entire surface of the drum 204.

For example, if the axis of rotation 202 does not reciprocate, the circumference wound on the drum 204 may only be wound around a portion of the drum, after which the continuation winding may be moved to another portion of the drum. Can't. At this time, a case in which a later wound original file is wound on an inner portion of the drum than a previously wound original file may occur. In this case, when the original line is later returned to the sea, the original line may be twisted.

The present invention has the feature that, as described above to solve this problem, by allowing the rotary shaft 202 to perform the left and right reciprocating motion, the raw wire can be wound evenly spread on the front surface of the drum 204. .

That is, the rotating shaft can linearly reciprocate in the longitudinal direction of the rotating shaft by the drive unit.

The drum 204 has a function of winding a circumference, and the guides 204b and 204c having diameters larger than the inner diameter of the cylinder are mounted on both left and right sides of the cylinder 204a.

The guide performs a function of preventing the circumference wound on the outer circumferential surface of the cylinder from escaping out of the cylinder.

The first guide 204b mounted on one side of the cylinder 204a in contact with the main body is integrally connected to the cylinder 204a, and the second guide 204c mounted on the other side is fastened to the rotation shaft 202. The opening and closing plate 280 for opening and closing the inside of the second guide 204b by the nut 210 is mounted. .

That is, as shown in FIG. 4, the rotating shaft 202 penetrating the center of the first guide 204b mounted on one side of the cylinder penetrates the cylinder 204a, and then the second shaft is mounted on the other side of the cylinder. The nut 210 is fastened to the outside of the cylinder through the opening and closing plate 280 of the guide 204c, and is exposed to the rotating shaft 202 exposed to the outside. Due to this, the opening and closing plate 280 may be integrally fastened with the cylinder.

The friction clutch parts 201, 210, 280, and 290 are connected to the rotating shaft, and perform a function of allowing the drum to swing or be released in the direction of the main line when the drum is subjected to a large tension by the main line. do. The flange 201 constituting the friction clutch portion is disposed in a state surrounding the outer circumferential surface of the rotation shaft 202 outside one side of the main body. The spring 290 constituting the friction clutch portion is attached to the outer circumferential surface of the rotating shaft 202. When the rotating shaft 202 is rotated, the cylinder 204a is rotated while the spring is also rotated, whereby the circular cord may be wound around the outer circumferential surface of the cylinder.

During the process of winding the raw line as described above, if the raw line is caught by a reef or the like or is subjected to an external force by other causes, the raw line is tensioned with respect to the cylinder. Therefore, the cylinder cannot be rotated normally, and thus, the rotation shaft may also fail to rotate normally.

 If this situation persists, problems such as a broken line or a rotating shaft may occur. That is, when the fishing line is caught on the seabed and subjected to a predetermined tension or more, the original line is broken or the rotating shaft is broken, which may cause trouble in operation.

In order to prevent this, the present invention is equipped with a friction clutch configured as a spring to function as a clutch. That is, as described above, when the situation in which the cylinder acts as a strong repulsive force on the cylinder and the cylinder and the rotating shaft does not rotate normally, only the rotating shaft and the spring 290 is rotated, the cylinder is rotated in the reverse direction, as described above The accident can be prevented in advance.

In detail, the first guide 204b, the spring 290, the opening and closing plate 280, the nut 210 are provided on the flange 201 surface through which the rotating shaft 202 penetrates, and the spring is fitted therein. When the repulsive force of 290 applies a pressure to bring the first guide 204b into close contact with the flange 201 surface, the first guide 204b comes into close contact with the flange surface, and the power is driven by the friction force by the strength corresponding to the pressure. To pass.

If the load holding force of the original line exceeds the maximum value of the set frictional force that can be transmitted, the pressure of the spring 290 is overcome, and the frictional force between the flange 201 surface and the first guide 204b slips and the power cannot be transmitted. Cut off of the circumference can be prevented, and the function of preventing the failure of the internal drive unit can be performed. If it is less than the maximum value, power can be transmitted by a friction method between the flange surface and the second guide 204c without slipping.

Next, the bristle line winding unit 300 is for winding the bristle line 907, when the line of the fishing line is wound by the line rope winding unit 200 as described above, the bristle line (connected to the circle line ( 907 may be wound through the hairline winding unit 300.

For this purpose, the bristle winding unit 300 may be configured to include a large friction car 310, a small friction car 320 and an auxiliary friction car 330, as shown in Figure 2a, in addition to the mother Line guide 340 and the auxiliary friction vehicle controller 350 may be included.

The large friction car 310, the small friction car 320 and the auxiliary friction car 330 is for winding up the hairline by friction with the hairline, and the hairline is a large friction car, a small friction car and an auxiliary friction car. It may be pulled and wound by the frictional force with the rollers while moving between them.

The auxiliary friction car controller 350 performs a function of controlling the position of the auxiliary friction car 330. That is, as described above, the hairline is wound on the roller by the frictional force with the rollers. If the frictional force is weak, the hairline may not be wound. In this case, the user uses the auxiliary friction car controller 350 as shown in FIG. 3 to bring the auxiliary friction car 330 into close contact with the large friction car 310 or the small friction car 320, thereby providing a stronger friction force. This can make it easier to wrap the hairline. An end portion of the auxiliary friction vehicle controller 350 is connected to the main body through a spring 360. The main body is provided with a fastening part 370 to which the spring is detachable.

When the bristle line guide 340 is reeling the bristle line, the bristle line can be guided to the large friction car 310 well, and the lifting force can be increased by increasing the friction force between the bristle line and the large friction car 310. In order to ensure that, as shown in Figure 3 is formed in a 'Π' shape, it is mounted on the main body. The hairline guide 340 may be installed to move up, down, left and right at the rear of the main body. As a result, the friction force between the hairline and the large friction car 310 may be adjusted.

To this end, the bristle guide 340 is a support 341 connected to the main body, a support rod 342 protruding to extend parallel to the roller surface of the anti-friction car 310 at the end of the support, a support rod protruding from the support rod And a main guide 343 extending in parallel to the roller surface of the anti-friction car 310 and an extension rod extending from the end of the support rod to adhere the bristle line 907 to the roller surface of the anti-friction car 310. 344, a sliding part 345 which is connected to the end of the extension rod and is capable of sliding the surface of the extension rod and protrudes toward the bottom of the anti-friction car in a state perpendicular to the support rod 342 in the sliding portion. The first auxiliary guide 346 and the second auxiliary guide 347 spaced apart from the first auxiliary guide by a predetermined distance may be included.

Here, the position of the main guide 343 may vary. That is, the user can change the position of the main guide 343, so that the bristle string is in close contact with the large friction car. In other words, if you use only one part of the friction wheel to move the mother line, the mother line will make a groove in the rubber of the friction wheel, the friction force between the mother line and the friction wheel falls. In order to prevent this problem, the present invention was able to move the fishing line guide in the left and right directions.

The first and second auxiliary guides spaced apart at regular intervals guide the mortise lines, and may be moved in the left and right directions so that the mortise lines may be evenly wound on the entire surface of the large friction car.

In addition, the support 341 may be mounted at various positions of the main body 100 by a cutout 341a penetrating the support and a fixing part 341b detachably attached to the cutout 341a. That is, the user can fix the support 341 to a desired position of the main body by mounting the fixing portion 341b such as a screw at a desired position of the cutout 341a, through which the user can guide the hairline guide 340. The entire position can be moved and fixed in the vertical direction of the main body. To this end, a hole is formed in the main body 100 of the portion corresponding to the cutout 341a of the support 341 so that the fixing portion 341b such as a screw can pass therethrough.

In addition to the bristle winding unit 300 as described above, as shown in Figure 2b, a bristle winding unit 300 consisting of a large friction car and a small friction car can also be applied to the present invention. That is, as shown in the enlarged circle, the hairline winding portion shown in FIG. 2B is composed of a drum 204 whose cross section is formed into a V-shaped groove, and the hairline is removed from the drum 204 by the latch 380. It is configured to be eliminated. In addition to such a configuration, the hairline winding portion 300 may be applied to the hairline winding portion of various forms.

Finally, the driving unit is to drive the main winding unit 200 or the bristle winding unit 300, as shown in Figure 3, the first driving unit 410 and the first mounted inside the main body 100 The two driving unit 420 is included. The first driving unit is for driving the circle winding unit, and the second driving unit is for driving the trunk line winding unit.

The drive unit may be driven by an electric motor, but preferably constituted by a hydraulic motor. When the driving unit is composed of a hydraulic motor, the hydraulic hose is connected to the main body 100, the hydraulic hose is connected to the first driving unit and the second driving unit.

On the other hand, the driving unit 400 may be driven under the control of the control device not shown. In this case, the user may drive both the first driving unit and the second driving unit through the control device, and may drive only one of the first driving unit and the second driving unit.

That is, the user may drive only the first driving unit when winding the raw string, and then drive the second driving unit when winding the mother string.

As described above, the chisel fishing device according to the present invention may be applied to defensive fishing or mackerel fishing.

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. Therefore, it is to be understood that the embodiments described above are exemplary in all respects and not restrictive. The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

100: main body 200: circle winding
300: hairline winding unit 400: drive unit

Claims (9)

delete delete A main line winding unit for hoisting the main line of a fishing line, which is used for chisel fishing, which is composed of a main line and a mother line;
Hairline winding portion for winding the hairline;
A main body for supporting the circumferential winding portion and the bristle winding portion; And
It is mounted inside the main body, and includes a drive unit for driving the main line winding portion and the hair line winding portion,
The raw line winding part,
A rotating shaft rotating by the driving unit;
A drum for rotating together with the rotary shaft and for winding the circumference; And
A friction clutch portion connected to the rotating shaft and configured to allow the drum to loosen or to be released in the direction of the main line when the drum is subjected to a large tension by the main line,
The rotating shaft is a chisel fishing lifter, characterized in that the linear drive in the longitudinal direction of the rotary shaft by the drive unit. A main line winding unit for hoisting the main line of a fishing line, which is used for chisel fishing, which is composed of a main line and a mother line;
Hairline winding portion for winding the hairline;
A main body for supporting the circumferential winding portion and the bristle winding portion; And
It is mounted inside the main body, and includes a drive unit for driving the main line winding portion and the hair line winding portion,
The raw line winding part,
A rotating shaft rotating by the driving unit;
A drum for rotating together with the rotary shaft and for winding the circumference; And
A friction clutch portion connected to the rotating shaft and configured to allow the drum to loosen or to be released in the direction of the main line when the drum is subjected to a large tension by the main line,
The drum
A cylinder through which the inside penetrates;
A first guide mounted on one side of the cylinder, the first guide having a diameter greater than an inner diameter of the cylinder; And
It is mounted on the other side opposite to the one side, and includes a second guide having a diameter larger than the inner diameter of the cylinder,
The rotating shaft penetrates through the first guide, and penetrates the inside of the cylinder and is exposed to the outside through the second guide, and the end of the exposed shaft is a chisel fishing lifter, characterized in that fastening. The method of claim 4, wherein
The friction clutch portion,
It consists of a flange and a spring wrapped in a form surrounding the outer circumferential surface of the rotating shaft from one side of the main body, wherein the spring is mounted on the outer circumferential surface of the rotating shaft disposed inside the cylinder Yang Seung-gi. A main line winding unit for hoisting the main line of a fishing line, which is used for chisel fishing, which is composed of a main line and a mother line;
Hairline winding portion for winding the hairline;
A main body for supporting the circumferential winding portion and the bristle winding portion; And
It is mounted inside the main body, and includes a drive unit for driving the main line winding portion and the hair line winding portion,
The driving unit includes:
A first driving part for driving the circular winding part; And
A second driving part for driving the hairline winding part;
The first driving unit and the second driving unit for a chisel fishing, characterized in that consisting of a hydraulic motor. A main line winding unit for hoisting the main line of a fishing line, which is used for chisel fishing, which is composed of a main line and a mother line;
Hairline winding portion for winding the hairline;
A main body for supporting the circumferential winding portion and the bristle winding portion; And
It is mounted inside the main body, and includes a drive unit for driving the main line winding portion and the hair line winding portion,
The hairline winding portion,
Large friction car; And
A support rod connected to the main body, a support rod protruding from the end of the support so as to extend parallel to the roller surface of the anti-friction car, and protruding from the support rod, parallel to the support rod and the roller surface of the anti-friction car A main guide for extending and contacting the bristle line with the roller surface of the anti-friction car, an extension rod extending from the end of the support rod, and an end of the extension rod, and sliding the surface of the extension rod in a sliding manner. A sliding part, a first auxiliary guide protruding in the lower direction of the anti-friction car in a state perpendicular to the support rod in the sliding part, and a second auxiliary guide spaced apart from the first auxiliary guide by a predetermined distance. Chisel fishing for including a hairline guide including a. The method of claim 7, wherein
The main guide may be variable in position so that the hairline is in close contact with the large friction car,
The fishing liner for a chisel fishing, characterized in that it can be moved in the left and right directions to be evenly wound on the entire surface of the large friction car spaced apart. The method of claim 7, wherein
The support is formed with an incision that penetrates the support,
The bristle fishing guide including the support is a chisel fishing, characterized in that is moved and fixed in the vertical direction of the main body by a fixing portion detachable to the main body through the incision.

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